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Rotary damper - rotary motion is dissipated as heat in a highly viscous fluid or gel. May use a smooth surface rotating cylinder and a smooth surface stationary interior wall with fluid/gel between. For more forceful motion absorption and higher surface area, a paddle wheel or toothed gear is used,
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and other forces and motion. The damper does not negate the forces but either absorbs or redirects them by other means. For example, a large and heavy suspended body may be used to absorb several short-duration large forces, and to reapply those forces as a smaller force over a longer period.
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Inertial compensators are also used in simulators or rides, making them more realistic by creating artificial sensations of acceleration and other movement. The
Disneyland ride “Star Tours: The Adventure Continues” is a fair example of this principle.
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Markiewicz, M. (29 November 1995), "Optimum dynamic characteristics of
Stockbridge dampers for dead-end spans",
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with a similarly ribbed or studded stationary interior wall to more forcefully grip the fluid/gel.
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55:- absorbs resonant wave motions in wire and support cables, seen on high voltage power lines.
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There are many types of physical devices that can act as inertia dampers:
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http://www.linengineering.com/line/contents/stepmotors/Nema17_Damper.aspx
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Chen, M.; Papageorgiou, C.; Scheibe, F.; Wang, F. C.; Smith, M. (2009).
124:"Inerter-based structural vibration control: A state-of-the-art review"
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ftp://ftp.phytron.de/phytron-usa/equipment/damper/dmp-us.pdf
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is a device that counters vibration using the effects of
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Ma, Ruisheng; Bi, Kaiming; Hao, Hong (September 2021).
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90: – Fundamental principle of classical physics
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67:A mechanical analog to an electrical capacitor.
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84: – Description of large objects' physics
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309:-related article is a
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